Interactive simulation as a virtual tool in electromagnetics for online education

Khalid Salmi, H. Magrez, A. Ziyyat
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引用次数: 10

Abstract

Vision plays an important role in improving comprehension and perception of electromagnetic fields. One reason electromagnetic fields is considered by students to be a difficult course is because electromagnetic fields, being vector functions of space and time, unlike mechanics, which deals with concrete objects, are conceptually abstract and hard to visualize. Invisibility is a considerable obstacle on the way to understanding physical phenomena. To overcome this obstacle, we present in this paper some interactive simulations mainly developed for educational purposes in electromagnetics in order to facilitate the understanding of field theory and vector analysis. This interactive simulations can be used as a virtual laboratory where students can explore the solutions on their own efforts and in every detail, hence, deepening their understanding of the subject matter.
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交互式仿真作为电磁学在线教学中的虚拟工具
视觉在提高对电磁场的理解和感知中起着重要的作用。学生们认为电磁场是一门很难的课程的一个原因是,电磁场是空间和时间的矢量函数,不像处理具体物体的力学,它在概念上是抽象的,很难想象。在理解物理现象的道路上,不可见性是一个相当大的障碍。为了克服这一障碍,我们在本文中提出了一些主要用于电磁学教育目的的交互式模拟,以促进对场论和矢量分析的理解。这种互动模拟可以作为一个虚拟实验室,学生可以通过自己的努力和每一个细节来探索解决方案,从而加深他们对主题的理解。
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